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L'Impact de l'IoT sur l'Intégration des Données: Un Voyage Transformateur

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L’Internet des Objets (IoT) a révolutionné la manière dont les données sont intégrées et utilisées. Découvrez comment cette transformation a un impact sur le voyage!

La relation intrinsèque entre l’IoT et l’intégration des données

The challenge of data integration is compounded by the sheer volume of data generated by IoT devices. The sheer number of devices, combined with their ability to generate data at high speeds, has resulted in an exponential growth in the amount of data that needs to be managed. This data must be integrated, analyzed, and acted upon in real-time. To do this, organizations must develop a comprehensive architecture that can handle the scale and complexity of the data.

L’intrinsèque relation entre l’IoT et l’intégration des données

La prolifération des appareils IoT a ajouté une nouvelle dimension au paysage déjà complexe de la gestion des données. Ces appareils produisent une variété de types de données, telles que des données en série temporelle, des journaux structurés et semi-structurés et même du texte non structuré provenant d’interfaces utilisateur. Ainsi, l’intégration des données est maintenant chargée de quelque chose de bien plus complexe que simplement assimiler des bases de données et des stockages en nuage ; il s’agit de comprendre un monde connecté par des milliards d’appareils. Comme l’a judicieusement déclaré la scientifique des données Hilary Mason : « Les données sont le matériau brut de l’ère de l’information ». Et en effet, la qualité et la forme de ce « matériau brut » ont considérablement évolué avec l’avènement de l’IoT.

Le défi de l’intégration des données est amplifié par le volume phénoménal de données générées par les appareils IoT. Le nombre considérable d’appareils, combiné à leur capacité à générer des données à grande vitesse, a entraîné une croissance exponentielle de la quantité de données à gérer. Ces données doivent être intégrées, analysées et traitées en temps réel. Pour ce faire, les organisations doivent développer une architecture globale qui puisse gérer l’ampleur et la complexité des données.

L’architecture IoT pour l’intégration des données

Pour réussir à intégrer les données IoT, les organisations doivent mettre en place une architecture qui prend en compte la variété et la vitesse des données. Cette architecture doit être capable de collecter, stocker, traiter et analyser les données en temps réel. Elle doit également être capable d’intégrer les données provenant de sources diverses et hétérogènes. Les technologies modernes telles que le streaming en temps réel, le traitement distribué et le traitement par lots peuvent être utilisés pour mettre en œuvre cette architecture. Les technologies d’intégration des données telles que les outils d’ETL (Extraction, Transformation et Chargement) peuvent également être utilisés pour intégrer les données provenant de différents systèmes.

La mise en place d’une architecture IoT pour l’intégration des données est essentielle pour tirer parti des avantages offerts par l’IoT. Une architecture robuste permet aux organisations de collecter et d’analyser les données à grande échelle afin de prendre des décisions plus rapides et plus précises. Elle

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Apprendre le développement logiciel sans diplôme

Apprendre le développement logiciel sans diplôme est possible ! Avec des ressources en ligne, des tutoriels et des communautés de développeurs, vous pouvez acquérir les compétences nécessaires pour devenir un développeur logiciel.

Le développement de logiciels est devenu l’une des compétences les plus recherchées

Learn the Architecture of Software Development

Once you have a basic understanding of programming languages, it is time to learn about software development architecture. This includes learning about the different components of a software system, such as databases, user interfaces, and APIs. You should also understand the different types of software development models, such as Waterfall, Agile, and DevOps. Understanding the architecture of software development will help you make informed decisions when designing and building software systems.

Gain Practical Experience

The best way to learn software development is to gain practical experience. You can start by building small projects and gradually increase the complexity. You can also participate in open-source projects or join online coding challenges. Working on real-world projects will help you understand the nuances of software development and gain valuable insights into the industry.

Comprendre les bases

Le développement de logiciels est devenu l’une des compétences les plus recherchées. La demande de développeurs de logiciels qualifiés continue de croître et de nombreux candidats ambitieux sont impatients d’apprendre cette compétence, même s’ils n’ont pas de diplôme en informatique ou dans un domaine connexe. Si vous êtes passionné par le développement de logiciels et que vous vous demandez comment vous y prendre sans diplôme, cet article est là pour vous guider. Nous allons explorer diverses stratégies et ressources qui peuvent vous aider à entreprendre un voyage réussi dans le monde du développement de logiciels.

Apprendre l’architecture du développement de logiciels

Une fois que vous avez une compréhension de base des langages de programmation, il est temps d’apprendre l’architecture du développement de logiciels. Cela inclut l’apprentissage des différents composants d’un système logiciel, tels que les bases de données, les interfaces utilisateur et les API. Vous devriez également comprendre les différents types de modèles de développement de logiciels, tels que Waterfall, Agile et DevOps. Comprendre l’architecture du développement de logiciels vous aidera à prendre des décisions éclairées lors de la conception et de la construction de systèmes logiciels.

Gagner une expérience pratique

La meilleure façon d’apprendre le développement de logiciels est de gagner une expérience pratique. Vous pouvez commencer par créer de petits projets et augmenter progressivement la complexité. Vous pouvez également participer à des projets open source ou rejoindre des défis de codage en ligne. Travailler sur des projets réels vous aidera à comprendre les subtilités du développement de logiciels et à acquérir des connaissances précieuses sur l’industrie.

Source de l’article sur DZONE

Créer une application web full-stack avec Firebase, Angular 15, React.js, Vue.js et Blazor [Vidéo]

Créer une application web full-stack avec Firebase, Angular 15, React.js, Vue.js et Blazor est un projet passionnant et complexe. Dans cette vidéo, je vais vous montrer comment le réaliser.

Comment construire une application web à partir de zéro avec Firebase et Angular 15

Firebase is a cloud-based platform that provides a backend for web applications. It offers a wide range of features, such as authentication, data storage, hosting, and more.

Angular 15 is a popular JavaScript framework for building web applications. It is used to create interactive user interfaces and dynamic web pages.

To build our web application, we will use Firebase as the backend and Angular 15 as the front end. We will create a simple web application that displays a list of items. We will use Firebase to store the data and Angular 15 to create the user interface.

React.js et Vue.js

Ensuite, nous allons utiliser React.js et Vue.js pour créer des interfaces utilisateur différentes. React.js est un cadre JavaScript populaire pour créer des applications web. Il est conçu pour créer des interfaces utilisateur interactives et des applications web dynamiques. Vue.js est un autre cadre JavaScript populaire qui est conçu pour créer des applications web modernes et réactives.

Nous allons utiliser React.js et Vue.js pour créer des interfaces utilisateur différentes pour notre application web. Nous allons utiliser Firebase comme backend et React.js et Vue.js comme frontend. Nous allons créer une application web qui affiche une liste d’articles et qui permet aux utilisateurs de les trier par différents critères.

Blazor

Enfin, nous allons utiliser Blazor pour créer une architecture client-serveur pour notre application web. Blazor est un cadre open source qui permet de créer des applications web riches en utilisant le langage C# et le modèle de programmation Razor. Il offre une variété de fonctionnalités telles que le routage, les composants, les requêtes HTTP, etc.

Nous allons utiliser Blazor pour créer une architecture client-serveur pour notre application web. Nous allons utiliser Firebase comme backend et Blazor comme frontend. Nous allons créer une application web qui affiche une liste d’articles et qui permet aux utilisateurs de les trier par différents critères et de les rechercher en fonction de leurs besoins.

Source de l’article sur DZONE

UX laws are an invaluable tool, providing guidelines for designers that ensure we don’t have to continually reinvent the wheel when crafting experiences for the web.

However, UX laws tend to be devised by scientists and psychologists — people who are more than comfortable with the exceptions and allowances of academic language. By the time they filter down to us in the trenches, the language has invariably been over-simplified, and the wisdom behind the idea diluted.

Today we’re going to look at seven well-known and commonly cited rules of UX design that too many designers get wrong.

1. Jakob’s Law

Jakob’s Law, named for the UX researcher Jakob Nielsen, states that users spend most of their time on other sites and as a result prefer sites that work the same way as the sites they already know.

Jakob’s Law has often been used to limit experimentation and encourage the adoption of common design patterns in the name of usability.

However, the word ‘prefer’ is hugely loaded. While it’s true that a user will more easily understand a familiar design pattern, they do not necessarily prefer familiar experiences.

It has been widely proved that new experiences boost our mood and that new experiences improve our memory. If your goal is a memorable site that leaves users with a positive impression, introducing novelty is a sound decision.

2. Goal Gradient Hypothesis

The Goal Gradient Hypothesis assumes that the closer users are to their goal, the more likely they are to complete it.

It’s an attractive theory, especially in e-commerce, where it is often used to justify simplifying the initial purchase process and postponing complexity to move users along the funnel — a typical example is leaving shipping charges until the final step.

However, anyone who has studied e-commerce analytics will know that cart abandonment is a huge issue. In North America, shopping cart abandonment is as high as 74%.

We don’t always know what the user’s goals are, and they may not match ours. It may be that users are treating your shopping cart as a bookmark feature, it may be that they have a last-minute change of heart, or they may be horrified by the shipping charges.

While providing a user with an indication of their progress is demonstrably helpful, artificially inflating their proximity to your preferred goal may actually hinder conversions.

3. Miller’s Law

Never in the whole of human history has any scientific statement been as misunderstood as Miller’s Law.

Miller’s Law states that an average person can only hold seven, plus or minus two (i.e., 5–9) items in their working memory. This has frequently been used to restrict UI navigation to no more than five items.

However, Miller’s Law does not apply to items being displayed. While it’s true that too many options can lead to choice paralysis, a human being is capable of considering more than nine different items.

Miller’s Law only applies to UI elements like carousels, which have been widely discredited for other reasons.

4. Aesthetic-Usability Effect

Edmund Burke once said, “Beauty is the promise of happiness.” That belief is central to the Aesthetic-Usability Effect, which posits that users expect aesthetically pleasing designs to be more usable.

Designers often use this as a justification for grey-on-grey text, slick animations, and minimal navigation.

Critical to understanding this is that just because users expect a design to be usable does not mean that it is or that they will find it so. Expectations can quickly be dashed, and disappointment often compounds negative experiences.

5. Peak-End Rule

The Peak-End Rule states that users judge an experience based on how they felt at the peak and the end, rather than an average of the experience.

Designers commonly use the Peak-End Rule to focus design resources on the primary goal of each experience (e.g. adding an item to a cart) and the closing experience (e.g. paying for the item).

However, while the Peak-End Law is perfectly valid, it cannot apply to open experiences like websites when it is impossible to identify a user’s starting or ending point.

Additionally, it is easy to see every interaction on a website as a peak and even easier to make assumptions as to which peak is most important. As such, while designing for peaks is attractive, it’s more important to design for exceptions.

6. Fitts’ Law

In the 1950s, Paul Fitts demonstrated that the distance to, and size of a target, affect the error rate of selecting that target. In other words, it’s harder to tap a small button and exponentially harder to tap a small button that is further away.

UX designers commonly apply this law when considering mobile breakpoints due to the relatively small viewport. However, mobile viewports tend not to be large enough for any distance to affect tap accuracy.

Fitts’ Law can be applied to desktop breakpoints, as the distances on a large monitor can be enough to have an impact. However, the majority of large viewports use a mouse, which allows for positional corrections before tapping.

Tappable targets should be large enough to be easily selected, spaced sufficiently, and tab-selection should be enabled. But distance has minimal impact on web design.

7. Occam’s Razor

No collection of UX laws would be complete without Occam’s Razor; unfortunately, this is another law that is commonly misapplied.

Occam’s Razor states that given any choice, the option with the least assumptions (note: not necessarily the simplest, as it is often misquoted) is the correct choice.

In an industry in which we have numerous options to test, measure, and analyze our user interfaces, you shouldn’t need to make assumptions. Even when we don’t need extensive UX testing, we can make decisions based on other designers’ findings.

Occam’s Razor is a classic design trap: the key to avoiding it is to recognize that it’s not your assumptions that matter, it’s the users’. As such, Occam’s Razor applies to a user’s experience, not a design process.

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Hello folks! It’s tough competition these days, and we need to get the right kind of skills from the best resources possible. When it comes to front-end development, ReactJS and Angular are still king and queen, but Vue.js is quickly making its way up to fill the gap.

Vue.js, as you may know, is an open-source view model of the JavaScript framework for building user interfaces. You can also use Vue.js to develop single-page applications. If you are self-teaching Vue.js yourself or want to become a VueJS developer and looking for the best Vue.js resources like free online courses, books, and tutorials then you have come to the right place. In this article, I will share Vue.js online courses and tutorials you can join for FREE, but before that, let’s learn a bit more about what Vue.js is and what benefits it offers.

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Vue.js is a highly advanced JavaScript framework that allows developers to build interactive user interfaces. It is mostly preferred to build single-page applications (SPAs), rightly because it offers cutting-edge development features. Today, many developers like to use Vue.js because it provides super scalability in development. This is one of the core reasons why Vue.js has become highly popular in the market, especially for front-end developers. 

Due to its innovative features, Vue.js is often termed as a “progressive framework” to create powerful web applications. Meanwhile, the lightweight nature of the framework is another reason why developers prefer it over other JavaScript frameworks. It provides super convenient features to build applications quickly, without going into many technical hassles. 

Source de l’article sur DZONE

Both Angular 2 and AngularJS are great for e-commerce, but which one you use for e-commerce depends on your needs. AngularJS is good for building small-scale e-commerce applications fast while Angular 2 is good for complex, scalable solutions that are high-performing and mobile-ready. 

Today, over a quarter of developers use AngularJS and Angular 2. Thirty-two percent use them for user interfaces, according to StackOverflow, and many of the respondents in that study worked in e-commerce development.

Source de l’article sur DZONE

The world of web design is incredibly dynamic. Every year, new trends and opportunities emerge, primarily driven by the arrival of modern technology. 

In recent years, we’ve seen various updates to the web design landscape, such as the arrival of AR and VR solutions for making mixed media. Video content has increased in quality, while the demand for inclusivity and usability has transformed the way that we build everything from websites to apps. 

Yet, for the most part, web design trends have continued to focus on the visual. 

When we hear the word “interface,” we often think of the graphical user interface – the ultimate way to connect users with sites. However, now we have a new, more natural way for customers to interact with their digital tools… The era of voice is here. 

Designing for the Age of Voice

The technology sector has made incredible progress in the development of things like Automated Speech Recognition and Natural Language Understanding. 

Thanks to updates in the way that machines process and understand human language, voice recognition accuracy is now at 90% and above. More than ever before, users can speak to a smart assistant, speaker, or phone-based application, and get the results that they’re looking for without error. 

The simplicity of communicating with technology via voice means that users have adopted this technology at an incredible pace. Half of all searches will be made with voice by the end of this year.

We’re standing on the edge of a fundamental shift in the way that we interact with computers and critical tools. As designers and developers, we need to be ready to embrace this new medium. 

With that in mind, here’s what designers need to think about when designing for voice UI. 

1. Decide How to Experiment with Voice

There are various steps involved in making a website more “conversational.” One of the first steps for any designer or developer is to think about the kind of voice-based interactions they’re going to enable for an app or website. 

For instance, rather than embedding voice technology into a website, you might decide to create a separate Amazon Alexa “Skill” for devices like the Echo. Companies like Capital One have already invested in this technology so that users can ask their smart speaker about their balance, rather than opening a laptop and logging into the site. 

To determine what kind of voice experiences you should be creating for your client, work with them on a customer journey map. Using this map of interactions that the customer has with your client on a regular basis, you can highlight areas where voice interactions might fit into the user flow. 

For instance, if customers are constantly asking questions about a brand or its service, an FAQ page that’s equipped with a bot that can respond to voice queries could be an excellent choice. 

UI design should always solve problems. Examining the frictions and frustrations that your client’s end-users encounter during their journey will help you to decide which direction to take with your voice UI experience. 

2. Examine the Anatomy of Voice Commands

Before designers can create a dialog flow for their voice UI, they need to understand how voice commands work. The key to success in a successful design for voice is understanding the objective of the interaction. A voice consists of three crucial factors for designers to consider:

  • Intent: Intent represents the subject and context of the voice command. A high utility interaction involves a request for a specific task. For instance, your users might request that your app gives them a list of five-star hotels in a specific area. Designing for these requests is often straightforward because what the voice algorithm needs to do is clear. However, low-utility requests can be harder to decipher, such as “hotels near me,” because there’s less specificity for the bot to work with. 
  • Utterance: Utterance refers to how a user phrases a command. For instance, in the case of looking for five-star hotels in Amsterdam, the customer might say “show me hotels,” or they might ask for “places to stay”. Designers must consider every variation of an utterance for their voice command UI. 
  • Optional variables: This refers to the extra filters that your voice UI needs to be aware of. In the case of five-star hotels in Amsterdam, the descriptor “five stars” is optional. The optional input needs to overwrite default values and bring more detail to the search. 

SideChef, for instance, is a voice-activated recipe app that offers narrated guidance to users and allows customers to search for recipes based on their specific needs. The app comes with a wide range of variables built-in, allowing users to customize their searches according to descriptors like “vegetarian” or “quick” meals. 

3. Learn How to Prototype with Dialog Flows

Learning how to leverage a complex UI strategy like VUI takes time and practice. Prototyping designers will often have to think like scriptwriters, designing various dialog flows to suit the different needs of customers, and the numerous interactions they might face. 

Dialog flows will outline:

  • Keywords that lead to the interaction
  • Branches that represent where the conversation might lead
  • Example dialogs for the user and the voice assistant. 

Practicing your dialog flows with scripts that illustrate the back-and-forth between the voice assistant and user will help designers and developers to understand the various nuances that can appear in a customer to robot interaction. 

Remember, while a crucial part of good voice UI design is keeping the communication conversational and straightforward, you will need to ensure that there is a dialog flow in place for every discussion that may occur between end-users and their apps, website, or digital tools. Users don’t want to feel overloaded and overwhelmed, but they need to ensure that they can complete their tasks too.

Consider the voice-based game RuneScape: One Piercing Note, for instance. 

The developers behind this app allowed players to speak with other in-game characters and use commands like “pull the lever” or “open the chest.” In designing the playable components of the game, the designers needed to think about every possible interaction that a player might have with different parts of the story while ensuring that users didn’t stray off track. 

A Few Tips for Voice UI Design 

Voice UI design can be very complex, mainly if you’ve never created something using voice as your only input before. However, once you get used to creating dialog flows, the whole process starts to feel a lot easier. 

As you’re designing, remember to:

  • Always confirm when a task is complete: When designing a checkout flow for an eCommerce page, one of the most crucial screens for a designer is the confirmation page. It shows the customer that the transaction has successfully been completed and stops them from worrying whether they’ve done the right thing. The same concept applies to Voice UI design. If your client’s end-user asks a voice-activated app to book an appointment with their therapist, for instance, they want to know that the appointment has been successfully booked and added to their calendar. Determine how you’re going to deliver the peace of mind your customers need. 
  • Create a strong strategy for errors: Designers and developers are still in the very early stages of experimentation with voice UI. This means that there’s a good chance that something could go wrong with your applications and tools from time to time. Having a strong error strategy in place is crucial. Always design a dialog flow scenario that allows the assistant to respond if they don’t understand a request, or don’t hear anything at all. You can also implement analytics into these situations to identify misinterpretations and improve usability in the future.  
  • Add extra layers of security: Various Voice UI solutions like Google Assistant and Alexa can now recognize individual voices. This is a kind of biometric security that’s similar to face or touch ID. As voice recognition continues to improve, it’s essential to ensure that you’re adhering to the latest guidelines in security. Additional authentication may be required for some companies. For instance, passwords, face recognition, or fingerprints might be needed for things that require payments and transactions. For instance, the Duer voice assistant uses face recognition to both approve payments, and make meal recommendations based on previous purchases. 

Are You Ready for the Voice UI Revolution?

Voice-based user interfaces are here to stay.

In the years to come, the chances are that developers and designers will need to learn how to use voice more consistently as part of their interface strategies. 

The good news is that although voice takes some getting used to as a design tool, it’s easy enough to make sure that your projects are moving in the right direction. Just like any other kind of design, implementing voice means thinking about whether the interactions and experiences that you’re delivering to end-users are seamless, effective, and valuable. 

Succeeding in voice UI isn’t just about adding the capacity for voice into your designs. It’s a matter of learning how to make user’s lives easier with the power of voice.

 

Featured image via Unsplash.

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Google resembles an iceberg: there’s the part above the water we can see and use everyday; there’s also the part beneath the water, that we don’t see and know little about.

While many of us are concerned about the aspects of Google we don’t see — the parts that threaten our privacy, or monopolize the web — there’s no denying that Google offers some amazing products and tools, many of them free, all from the convenience of a single login.

Today we’re going to take a look at 12 tools from Google that really do bring something positive to the table.

1. Polymer

Polymer is an open-source JavaScript library from Google for building web applications using Web Components. The platform comes with a ton of libraries and tools to help designers and developers unlock the web’s potential by taking advantage of features like HTTP/2, Web Components, and Service Workers. 

The main feature of Polymer is Web Components. With Web Components, you can share custom elements to any site, work seamlessly with any browser’s built-in elements, and effectively use frameworks of all kinds. Products like LitElement (a simple base class for creating fast, lightweight web components) and PWA Starter Kit make Polymer easy to use. If you like, you can build your app entirely out of Web Components.

2. Lighthouse

Google Lighthouse is an open-source, automated tool for improving the quality of web pages. The software allows you to audit web pages for performance, SEO, accessibility, and more. You can run Lighthouse using ChromeDevTools, directly from the command line, or as a Node module. 

To use Lighthouse in Google Chrome, just go to the URL you want to audit (you can audit any URL on the web), open ChromeDevTools, and click the Audits tab. After you have run the audit, Lighthouse will give you an in-depth report on the web page. 

With these reports, you will see which parts of your web page you need to optimize. Each report has a reference doc that explains why that audit is important and also shows you the steps you can take to fix it. 

You can also use Lighthouse CL to prevent regression on your sites. Using Lighthouse Viewer, you can view and share reports online. You can also share reports as JSON or GitHub Gists. 

Lighthouse also comes with a feature called Stack Packs that allows Lighthouse to detect what platform a site is built on. It also displays specific stack-based recommendations.

3. Google Analytics

Google Analytics is the gold standard of analytics services. Google analytics can be installed on your site for free with a small amount of JavaScript and allows you to see all kinds of details about your site visitors, like what browser they’re using, and where they’re from.

By using Google Analytics you can make decisions about your site based on science, and therefore be somewhat confident that the decisions you make will result in the outcome you are expecting.

4. Flutter

Flutter is Google’s UI toolkit for building natively compiled applications for mobile, web, and desktop from a single codebase. The toolkit is open source and free to use. The best part of Flutter is that it works with existing code. 

The toolkit has a layered architecture that allows for full customization, which results in fast rendering and flexible designs. It also comes with fully-customizable widgets that allow you to build native interfaces in minutes. With these widgets, you will be able to add platform features such as scrolling, navigation, icons, and fonts to provide a full native performance on both iOS and Android.

Flutter also has a feature called hot reload that allows you to easily build UIs, add new features, and fix bugs faster. You can also compile Flutter code to native ARM machine code using Dart native compilers. 

5. Google API Explorer

Google has a huge library of APIs that are available to developers but finding these APIs can be difficult. Google API Explorer makes it easy for developers to locate any API. On the Google API Explorer web page, you will see a complete list of the entire API library. You can easily scroll through the list or use the search box to filter through the API list. 

The best part of Google API Explorer is that each link to a reference page comes with more details on how to use the API. API Explorer is an excellent way to try out methods in the Monitoring API without having to write any code.

6. Puppeteer

Puppeteer is a project from the Google Chrome team. The platform enables web developers to control a Chrome (or any other Chrome DevTools Protocol based browser) and execute common actions, much like in a real browser. Puppeteer is also a Node library and it provides a high-level API for working with headless Chrome. It is also a useful tool for scraping, testing, and automating web pages. 

Here are some things you can do with Puppeteer: generate screenshots and PDFs of pages, UI testing, test Chrome Extensions, automate form submission, generate pre-rendered content, and crawl Single-Page Applications. 

7. Codelabs

Google Developer Codelabs is a handy tool for beginner developers and even advanced developers who want to improve their knowledge. Codelabs provide a guided, tutorial, hands-on coding experience. Codelabs’ site is broken down into several tutorial sessions on different topics. 

With the tutorials on Codelabs, you can learn how to build applications from scratch. Some of the tutorial categories include Augmented reality, TensorFlow, Analytics, Virtual Analytics, G Suite, Search, Google Compute Engine, and Google APIs on iOS. 

8. Color Tool

Color Tool makes it easy for web designers to create, share, and apply colors to their UI. It also measures the accessibility level for any color combination before exporting to the palette. The tool comes with 6 user interfaces and offers over 250 colors to choose from. 

The tool is also very easy to use. All you need to do is pick a color and apply it to the primary color scheme; switch to the secondary color scheme, and pick another color. You can also switch to Custom to pick your own colors. After you have selected all your colors, use the Accessibility feature to check if all is good before exporting it to your palette. 

9. Workbox

Workbox is a set of JavaScript libraries and Node modules. The JavaScript libraries make it easy to add offline support to web apps. The Node modules make it easy to cache assets and offer other features to help users build Progressive Web Apps. Some of these features include pre-caching, runtime caching, request routing, background sync, debugging, and greater flexibility than sw-precache and sw-toolbox. 

With Workbox, you can add a quick rule that enables you to cache Google fonts, images, JavaScript, and CSS files. Caching these files will make your web page to run faster and also consume less storage. You can also pre-cache your files in your web app using their CLI, Node module, or webpack plugin. 

10. PageSpeed Insights

PageSpeed Insights is a handy tool from Google Developers that analyzes the content of a web page, then generates suggestions on how to make the page faster. It gives reports on the performance of a web page on both desktop and mobile devices. At the top of the report, PageSpeed Insights provides a score that summarizes the page’s performance. 

11. AMP on Google

AMP pages load faster and also look better than standard HTML pages on mobile devices. AMP on Google allows you to enhance your AMP pages across Google. It is a web component framework that allows you to create user-first websites, ads, emails, and stories. One benefit of AMP is that it allows your web pages to load almost instantly across all devices and platforms hence improving the user’s experience. 

12. Window Resizer

When creating websites, it is important that developers test them for responsive design – this is where Window Resizer comes in. Window Resizer is a Chrome extension that resizes the browser window so that you can test your responsive design on different screen resolutions. The common screen sizes offered are desktop, laptop, and mobile, but you can also add custom screen sizes. 

 

Featured image via Unsplash.

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Some of the changes we are seeing with where we work are starting to pop up in the type of new tools made for designers and developers. More tools with remote collaboration as a key feature are increasing in popularity. (You’ll find a few of those here.)

Here’s what new for designers this month.

Webdesign Toolbox

Webdesign Toolbox is a collection of tools, apps, and resources all in one location for designers and developers. The best part of this resource is that it is human-curated, so every tool is quality checked and makes the list because it has been tested and researched. Search the collection by design, dev, stock, typography, UX, or workflow tools (and more) and use them to help create more efficiently. The collection is constantly growing, too.

CodeStream

CodeStream might be the new-world workflow tool for web designers and developers. It is made for remote teams to review code right inside your IDE without breaking from development flow. You can post and review changes and comments are all independent of the code itself, even though they link to it.

Litur

Litur is a color management app for iOS. Use it to find and collect color swatches, create custom palettes, and even check color combinations against accessibility standards. The app can even generate color codes for you from swatches you find from a photo or image upload or create. The app works on mobile and desktop Mac devices and is a paid app.

Editor X

Editor X, which is still in beta, is a website building tool that combines advanced design and prototyping capabilities with secure web hosting and integrated business solutions. Go from an idea straight to production in a highly intuitive design workspace. The best feature might be exact design precision tools.

Grid Cheatsheet

Grid Cheatsheet is a visual and code-based set of “cheats” based on the W3C CSS Grid Specifications. What’s nice is it makes these guidelines easier to understand and use if reading through them makes you a little uneasy.

Tutorialist

Tutorialist brings together some of the best development tutorials on the web. All of the tutorials are free videos available on YouTube, and this project collects them all in one place.

Pure CSS Halftone Portrait from JPG

Pure CSS Halftone Portrait from JPG is a beautiful pen from Ana Tudor that shows how to change the visual representation of an image. The examples are brilliant and in true halftone fashion. The code snippet works with color, or black and white images as well.

VoiceText for Slack

VoiceText for Slack is another work from home productivity tool. Integrate it with Slack and send messages with text that’s transcribed right in your channels. It’s a free integration and supports 18 languages.

Feature Peek

Feature Peek is a developer tool that helps you get frontend staging environments on demand and gather team feedback earlier in the development process. It’s made for use with GitHub and works with a variety of other tools as well.

Formbutton

Formbutton is a simple and customizable pop-up form. (And we all know websites have plenty of them right now.) It connects to other services you already use, such as Google Sheets and MailChimp, and is simple to set up.

Blocksy Theme

Blocksy is a WordPress theme that’s made for non-coders. It’s a zippy and highly visual theme made for Gutenberg. It works with other builders and allows the user to customize pretty much everything visually. (There’s even a dark mode.) The theme is packed with tools and options and is a free download.

Oh My Startup Illustrations

Oh My Startup Illustrations is a set of vector illustrations in several categories featuring a popular style on many projects. Use the characters and scenes to create a semi-custom story for your startup project.

1mb

1mb is a code editor and host where you can create a static website with a custom domain and SSL included. The editor works in-browser and everything is saved in the cloud.

Linear

Linear is an issue tracking Mac app for teams. It’s designed to help streamline software projects, sprints, and tasks, and can integrate with standard tools such as Github, Figma, and Slack.

Hosting Checker

Hosting Checker solves a common issue – a client wants you to work on their website, but has no idea who hosts it. Hosting Checker shows the user hosting provider and IP address the website uses, along with where its server computers are located and the host’s contact details. It also claims to be 82% faster than other similar tools.

Spike

Spike alerts you to website incidents before customers. Create alerts and get a phone call, text message, email, or Slack notification right away. The tool provides unlimited alerts and integrations to you can stay on top of issues before they become real problems.

Magnus UI

Magnus UI is a framework that helps you building consistent user interfaces in React. It comes with plenty of components ready to use and you can customize the theme.

SpreadSimple

SpreadSimple uses data in Google Sheets to create styled websites with features such as filtering, search, sorting, cart, order collection via forms, and much more. Update the sheet and instantly see changes on the website.

WebP vs. JPEG

Google is starting to suggest using it’s WebP image format to decrease load times, because of the lighter file size. But is WebP better than the traditional JPEG? Developer Johannes Siipola tested the file types at different sizes to answer the question. The answer is a bit complicated, but sometimes it might be better; read the full analysis for more.

Oh Dear

Oh Dear is a website monitoring tool that can help you keep a check on websites. Monitor uptime, SSL certificates, broken links, and more with notifications that come right to you if there’s an issue.

Airconnect

Airconnect is a Zoom video conferencing alternative that you can use for your brand with a custom header, colors, and portal for clients. The tool includes video calling as well as the ability for customers to access their data and automate your onboarding process.

Free Faces

Free Faces is a curated collection of free typefaces that you can browse and use in projects. Search by type style with visual results that include a download link.

All the Roll

All the Roll is a fun novelty font for just the right type of project. It includes 167 characters with swash characters that can be added before or after certain letters.

Backrush

Backrush is a handwriting-style typeface with easy strokes and a pen-like feel. It includes thicker letterforms with nice swashes and a full character set.

Thuner

Thuner is a slab display font with interesting quirks. It’s made for larger than life designs. It includes a full uppercase character set and numerals.

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